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Electric Propulsion for Aviation Applications
| AUTHOR | Ison, David |
| PUBLISHER | Independently Published (07/01/2025) |
| PRODUCT TYPE | Paperback (Paperback) |
The definitive guide to the revolutionary technology reshaping aviation
Aviation's electric transformation has begun. After a century of fossil fuel dependence, electric propulsion is revolutionizing aircraft design, operations, and sustainability. This comprehensive guide provides essential insights for navigating aviation's electric future.
From NASA research to commercial eVTOL operations, examine every aspect of this paradigm shift. Perfect for aerospace engineers, executives, policymakers, and investors seeking competitive advantage in the $74 billion electric aircraft market projected by 2034.
What You'll Master:Technical Foundations: Battery systems, electric motors, power electronics, and distributed propulsion. Explore superconducting technologies, thermal management, and electromagnetic compatibility challenges.
Market Analysis: Urban air mobility, regional aircraft, and training applications. Real case studies from Pipistrel, eHang, Joby Aviation, Lilium, and emerging manufacturers worldwide.
Regulatory Landscape: FAA certification pathways, EASA frameworks, and international standards. Navigate autonomous flight approval and novel aircraft configuration requirements.
Infrastructure Needs: Airport electrification, charging systems, vertiports, and grid integration. Understand renewable energy opportunities and smart charging strategies.
Global Developments: Compare strategies across North America, Europe, and Asia. Learn from Norway's electrification goals, Clean Sky programs, and hybrid-electric innovations.
Future Technologies: Hydrogen fuel cells, wireless power, AI integration, and breakthrough battery chemistries. Policy recommendations for accelerating sustainable adoption.
Why Read This Now:Electric aviation investment reached $8 billion in 2021. Urban air mobility services launch in 2024. Regional electric aircraft target 2027 entry. This transformation demands informed decision-making across technology, regulation, and market dynamics.
Written by industry experts with access to the latest research, certification data, and market intelligence. Essential reading for anyone shaping aviation's sustainable future.
Keywords: electric aircraft, eVTOL, urban air mobility, sustainable aviation, battery technology, electric propulsion, aviation decarbonization, aerospace innovation
Categories: Aerospace Engineering, Transportation Technology, Clean Energy, Business Strategy
The definitive guide to the revolutionary technology reshaping aviation
Aviation's electric transformation has begun. After a century of fossil fuel dependence, electric propulsion is revolutionizing aircraft design, operations, and sustainability. This comprehensive guide provides essential insights for navigating aviation's electric future.
From NASA research to commercial eVTOL operations, examine every aspect of this paradigm shift. Perfect for aerospace engineers, executives, policymakers, and investors seeking competitive advantage in the $74 billion electric aircraft market projected by 2034.
What You'll Master:Technical Foundations: Battery systems, electric motors, power electronics, and distributed propulsion. Explore superconducting technologies, thermal management, and electromagnetic compatibility challenges.
Market Analysis: Urban air mobility, regional aircraft, and training applications. Real case studies from Pipistrel, eHang, Joby Aviation, Lilium, and emerging manufacturers worldwide.
Regulatory Landscape: FAA certification pathways, EASA frameworks, and international standards. Navigate autonomous flight approval and novel aircraft configuration requirements.
Infrastructure Needs: Airport electrification, charging systems, vertiports, and grid integration. Understand renewable energy opportunities and smart charging strategies.
Global Developments: Compare strategies across North America, Europe, and Asia. Learn from Norway's electrification goals, Clean Sky programs, and hybrid-electric innovations.
Future Technologies: Hydrogen fuel cells, wireless power, AI integration, and breakthrough battery chemistries. Policy recommendations for accelerating sustainable adoption.
Why Read This Now:Electric aviation investment reached $8 billion in 2021. Urban air mobility services launch in 2024. Regional electric aircraft target 2027 entry. This transformation demands informed decision-making across technology, regulation, and market dynamics.
Written by industry experts with access to the latest research, certification data, and market intelligence. Essential reading for anyone shaping aviation's sustainable future.
Keywords: electric aircraft, eVTOL, urban air mobility, sustainable aviation, battery technology, electric propulsion, aviation decarbonization, aerospace innovation
Categories: Aerospace Engineering, Transportation Technology, Clean Energy, Business Strategy